Converged media video shooting device

Abstract

The utility model discloses a convergent media video shooting device, which belongs to convergent media and comprises a shooting device, and a shoulder resistance type protection pad for protecting shoulders is arranged below the shooting device. Compared with the prior art, the device has the advantages that the arc-shaped sliding groove and the arc-shaped sliding block of the elevation angle auxiliary mechanism slide relatively, so that the photographing device can carry out elevation angle or overlook photographing under the condition that the shoulder resistance type protection pad and the auxiliary supporting frame structure are not moved, and the stability of the photographing device is ensured; loosening of the shoulder resistance type protection pad and the auxiliary supporting frame structure caused by movement of the photographing device is avoided; the elevation angle of the photographing device is controlled through continuous displacement of a helical rack and a helical tooth clamping block in the auxiliary supporting structure, after the elevation angle is fixed, a connecting supporting rod of the auxiliary supporting structure is supported between a translation sliding groove and a supporting baffle, the elevation angle is fixed, and meanwhile the pressure of the two hands of a photographer holding a supporting handle can be relieved.

Description

Technical Field

[0001] The utility model relates to the field of integrated media, and specifically refers to an integrated media video shooting device. Background Art

[0002] In the past, people obtained information through channels such as news, the Internet, and newspapers. However, with the continuous development of the Internet, these information channels have been gradually integrated and summarized, and gradually developed into integrated media. Among the messages sent by these media, video messages are indispensable, and some information is recorded and reported by off-site reporters. Outdoor shooting is different from indoor shooting. Outdoor shooting requires different mobile shooting, which means that the camera crew can only carry a camera to follow the news, which is a huge test of the photographer's physical strength and skills. In order to ensure stable shooting and relieve the pressure on the photographer, a bracket is usually installed under the camera for auxiliary shooting.

[0003] This type of integrated media photography stand usually installs a shoulder-type protective pad under the photographic device to relieve the photographer's pressure, and installs a forward and backward translation mechanism between the photographic device and the shoulder-type protective pad to control the forward and backward displacement of the photographic device. When shooting, the photographer only needs to hold the support handle on one side of the forward and backward translation mechanism to support the entire photographic device, and the auxiliary support frame structure behind the shoulder is used to prevent the shoulder-type protective pad from slipping.

[0004] Although this type of integrated media video shooting device can solve the problem of flat shooting, when facing some shooting angles that require looking up or looking down, the entire photographic equipment still needs to be lifted up or slid down when shooting. However, because there is only a forward and backward translation mechanism under the photographic device, it does not have a structure for moving at an elevation angle. This requires the photographer to not only hold up the support handle of the photographic device when shooting at an elevation angle, but also to keep it stable. This still places great demands on the photographer's skills and abilities. Utility Model Content

[0005] The technical problem to be solved by the utility model is that the existing integrated media video shooting device does not have an auxiliary structure for looking up or down, and the operator cannot loosen the supporting handle.

[0006] In order to solve the above technical problems, the technical solution provided by the utility model is: a converged media video shooting device, including a photographic device, a shoulder-resistant pad for protecting the shoulders is provided below the photographic device, a front-back translation mechanism for photography is provided between the photographic device and the shoulder-resistant pad, an auxiliary support frame structure close to the back is provided on one side of the shoulder-resistant pad, an elevation auxiliary mechanism is provided between the front-back translation mechanism for photography and the shoulder-resistant pad, the elevation auxiliary mechanism includes an arc-shaped slide groove and an arc-shaped slider for controlling the upper and lower angles of the photographic device, the arc-shaped slide groove is connected to the arc-shaped slider through an arc-shaped connecting rod, the arc-shaped slide groove is located below the front-back translation mechanism for photography, the arc-shaped slider is connected to the shoulder-resistant pad through glue, and an auxiliary support structure is provided below the front-back translation mechanism for photography.

[0007] As an improvement, the front and back translation mechanism for photography includes a translation slider located on the bottom surface of the photographic device and a translation slot for storing the translation slider. The side wall of the translation slot is provided with a limiting slot for controlling the movement of the translation slider. A limiting screw is provided inside the limiting slot. The limiting screw passes through the translation slider and the limiting slot. The upper top surface of the translation slider passes through the upper top surface of the translation slot.

[0008] As an improvement, the translational slide groove is a one-way open slide groove, the open end of the translational slide groove is provided with a slide groove sealing block, and support handles are provided on both sides of the closed end of the translational slide groove. The slide groove sealing block and the translational slide groove, the support handle and the closed end side of the translational slide groove, and the limit screw and the translational slider are all sealed and connected through a bolt structure, and the limit screw and the limit slide groove are connected through body contact.

[0009] As an improvement, the auxiliary support structure includes a bevel rack located on the bottom surface of the translational slide, a bevel gear block corresponding to the bevel rack, and a bevel gear slide for fixing the position of the bevel gear block, the bevel gear block is shaped like an arrow-shaped block, the thin column end of the bevel gear block passes through the bottom surface of the bevel gear slide, the thin column end of the bevel gear block is provided with a connecting rod and a supporting baffle in sequence, the thin column end of the bevel gear block and the supporting baffle are connected to the connecting rod through a pin structure, and the bevel gear slide is welded to the bottom surface of the translational slide by an electric welding device.

[0010] As an improvement, the arc-shaped slide groove is located on the bottom surface of the open end of the translation slide groove, and an arc-shaped connecting rod slide groove corresponding to the arc-shaped connecting rod is provided inside the arc-shaped slider, and the arc-shaped slide groove and the arc-shaped slider are connected to the arc-shaped connecting rod through a pin structure.

[0011] As an improvement, the support frame structure includes a back connecting rod located on one side of the arc-shaped slider and a back plate close to the back. The arc-shaped slider and the back plate are connected to the back connecting rod through a pin structure. Limit springs are provided at both ends of the back connecting rod, and the pin passes through the limit springs.

[0012] The advantages of the utility model compared with the prior art are: the device enables the photographic device to perform elevation or downward shooting without moving the shoulder-resistant pad and the auxiliary support frame structure through the relative sliding of the arc-shaped slide groove and the arc-shaped slide block of the elevation auxiliary mechanism, thereby ensuring the stability of the photographic device and avoiding the loosening of the shoulder-resistant pad and the auxiliary support frame structure caused by the movement of the photographic device; the elevation angle of the photographic device is controlled by the continuous displacement of the bevel rack and the bevel gear block in the auxiliary support structure. When the elevation angle is fixed, the connecting support rod of the auxiliary support structure will be supported between the translation slide groove and the support baffle, which can fix the elevation angle and relieve the pressure on the photographer's hands when they are tightly holding the support handle. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a general structural diagram of a media-integrated video shooting device of the utility model.

[0014] Figure 2 The utility model discloses a structural diagram of a forward and backward translation mechanism of a media-integrated video shooting device.

[0015] Figure 3 This is an auxiliary support structure diagram of a media-integrated video shooting device of the utility model.

[0016] Figure 4 It is an exploded diagram of an elevation angle auxiliary mechanism of a converged media video shooting device of the utility model.

[0017] Figure 5 This is a structural diagram of an auxiliary support frame structure of a media-integrated video shooting device of the utility model.

[0018] As shown in the figure: 1. Photographic device; 2. Shoulder-resistant pad; 3. Photographic front and rear translation mechanism; 31. Translation slider; 32. Translation slide; 33. Limiting slide; 34. Limiting screw; 35. Slide sealing block; 36. Support handle; 4. Auxiliary support frame structure; 41. Back connecting rod; 42. Back plate; 43. Limiting spring; 5. Elevation auxiliary mechanism; 51. Arc slide; 52. Arc slider; 53. Arc connecting rod; 54. Arc connecting rod slide; 6. Auxiliary support structure; 61. Bevel rack; 62. Bevel gear block; 63. Bevel gear slide; 64. Connecting rod; 65. Support baffle. DETAILED DESCRIPTION

[0019] The utility model is further described in detail below in conjunction with the accompanying drawings.

[0020] As the instruction manual Figure 1 , 2As shown, it includes a photographic device 1, a shoulder-resistant pad 2 for protecting the shoulders is provided below the photographic device 1, a forward and backward translation mechanism 3 for photographing is provided between the photographic device 1 and the shoulder-resistant pad 2, and an auxiliary support frame structure 4 close to the back is provided on one side of the shoulder-resistant pad 2, characterized in that an elevation angle auxiliary mechanism 5 is provided between the forward and backward translation mechanism 3 for photographing and the shoulder-resistant pad 2, the elevation angle auxiliary mechanism 5 includes an arc-shaped slide groove 51 and an arc-shaped slider 52 located for controlling the upper and lower angles of the photographic device 1, the arc-shaped slide groove 51 is connected to the arc-shaped slider 52 through an arc-shaped connecting rod 53, the arc-shaped slide groove 51 is located below the forward and backward translation mechanism 3 for photographing, the arc-shaped slider 52 is connected to the shoulder-resistant pad 2 through glue, an auxiliary support structure 6 is provided below the forward and backward translation mechanism 3 for photographing, the forward and backward translation mechanism 3 for photographing includes a translation slider 31 located on the bottom surface of the photographic device 1 and a storage for the translation slider The translation slide 32 of 31 has a translation slide slot 32, and the side wall of the translation slide slot 32 is provided with a limit slide slot 33 for controlling the movement of the translation slider 31. The limit slide slot 33 is provided with a limit screw 34 inside, and the limit screw 34 passes through the translation slider 31 and the limit slide slot 33. The upper top surface of the translation slider 31 passes through the upper top surface of the translation slide slot 32. The translation slide slot 32 is a one-way open slide slot, and the open end of the translation slide slot 32 is provided with a slide slot sealing block 35. The closed end of the translation slide slot 32 is provided with support handles 36 on both sides. The slide slot sealing block 35 and the translation slide slot 32, the support handle 36 and the closed end side of the translation slide slot 32, and the limit screw 34 and the translation slider 31 are all sealed and connected by a bolt structure. The limit screw 34 and the limit slide slot 33 are contacted and connected with the body. The front and rear spacing of the photographic device 1 is controlled by moving the translation slider 31, and the use of the translation slide slot 32 is facilitated by the support handle 36.

[0021] As the instruction manual Figure 1 , 3, 4, and 5, the auxiliary support structure 6 includes a bevel rack 61 located on the bottom surface of the translational slide 32, a bevel gear block 62 corresponding to the bevel rack 61, and a bevel gear slide 63 for fixing the position of the bevel gear block 62, the bevel gear block 62 is shaped like an arrow-shaped block, the thin column end of the bevel gear block 62 passes through the bottom surface of the bevel gear slide 63, the thin column end of the bevel gear block 62 is sequentially provided with a connecting rod 64 and a supporting baffle 65, the thin column end of the bevel gear block 62 and the supporting baffle 65 are connected to the connecting rod 64 through a pin structure, the bevel gear slide 63 is welded to the bottom surface of the translational slide 32 through an electric welding device, the arc slide 51 is located on the bottom surface of the open end of the translational slide 32, and the arc slider 52 An arc connecting rod slot 54 corresponding to the arc connecting rod 53 is provided inside the arc connecting rod, and the arc slot 51 and the arc sliding block 52 are connected to the arc connecting rod 53 through a pin structure. The support frame structure 4 includes a back connecting rod 41 located on one side of the arc sliding block 52 and a back plate 42 close to the back, and the arc sliding block 52 and the back plate 42 are connected to the back connecting rod 41 through a pin structure. Limit springs 43 are provided at both ends of the back connecting rod 41. The pin passes through the limit spring 43. The shooting angle is changed by changing the position of the arc slot 51 on the arc surface of the arc sliding block 52, and the meshing position of the bevel tooth block 62 and the bevel rack 61 is used to fix the upward shooting at different angles.

[0022] In the specific implementation of the utility model, the pin holes on the side of the back plate 42 and the arc-shaped slider 52 are aligned with the pin holes at both ends of the back connecting rod 41, and the limit springs 43 are placed in the grooves at both ends of the back connecting rod 41. The two ends of the limit spring 43 between the back connecting rod 41 and the arc-shaped slider 52 are respectively connected to the side walls of the back connecting rod 41 and the arc-shaped slider 52, and the two ends of the limit spring 43 between the back connecting rod 41 and the back plate 42 are respectively connected. Insert the pins into the pin holes at both ends of the back connecting rod 41 on the side walls of the back sticker plate 42 for fixing, and the pins pass through the inner hole of the limit spring 43; glue the shoulder protection pad 2 to the bottom surface of the arc-shaped slider 52 with glue; align the pin hole on one side of the arc-shaped connecting rod 53 with the pin hole inside the arc-shaped slide groove 51, insert the pin for fixing, align the pin hole at the other end of the arc-shaped connecting rod 53 with the pin hole inside the arc-shaped slider 52, and insert the pin for fixing At this time, the arc-shaped connecting rod 53 is located inside the arc-shaped connecting rod slot 54; align the countersunk screw hole of the translation slider 31 with the screw hole on the bottom surface of the photographic device 1, and screw in the countersunk screw to fix it; slide the translation slider 31 from the open end of the translation slot 32 into the translation slot 32, align the limit slot 33 with the screw hole on the side wall of the translation slider 31, and screw in the limit screw 34 to fix the position of the translation slider 31; align the screw holes of the support handle 36 with the screw holes on both sides of the closed end of the translation slot 32 Align the screw holes and screw in the screws to fix them; slide the bevel gear block 62 from the open end of the bevel gear slot 63 (the upper and lower widths of the bevel gear slot 63 are greater than the height of the bevel of the bevel gear block 62), and the thin column end of the bevel gear block 62 passes through the bottom slot of the bevel gear slot 63, align the pin hole of the thin column end of the bevel gear block 62 with the pin hole on one side of the connecting support rod 64, and insert the pin to connect; align the pin hole on the other side of the connecting support rod 64 with the pin hole of the support baffle 65, and insert the pin to fix it.

[0023] When in use, the shoulder-resistant pad 2 is placed on the shoulder, the auxiliary support frame structure 4 is close to the back, the support baffle 65 is close to the front upper body of the operator, and the elevation angle of the photographic device 1 is fixed by adjusting the position of the beveled rack 61 pushed by the beveled tooth block 62. After fixing, the limit screw 34 is loosened to adjust the front and rear distance of the photographic device 1. After debugging, the limit screw 34 is locked. The operator holds the support handle 36 for mobile shooting. Because of the support of the elevation auxiliary mechanism 5, the force of the support handle 36 can be reduced, so that the operator can perform more operations. To change the elevation angle, it only needs to adjust the position of the beveled rack 61 pushed by the beveled tooth block 62 to fix it, avoiding the operator from looking up or down for a long time to operate the support handle 36.

[0024] The above description of the utility model and its implementation methods is not restrictive. The drawings show only one implementation method of the utility model, and the actual structure is not limited thereto. In short, if ordinary technicians in this field are inspired by it and design structural methods and embodiments similar to the technical solution without creativity without departing from the purpose of the invention of the utility model, they should all fall within the protection scope of the utility model.

Claims

1. A media convergence video shooting device, comprising a photographic device (1), a shoulder-resistant pad (2) for protecting shoulders is provided below the photographic device (1), a forward and backward translation mechanism (3) is provided between the photographic device (1) and the shoulder-resistant pad (2), and an auxiliary support frame structure (4) close to the back is provided on one side of the shoulder-resistant pad (2), characterized in that: An elevation angle auxiliary mechanism (5) is provided between the front-back translation mechanism (3) and the shoulder-supporting pad (2), and the elevation angle auxiliary mechanism (5) comprises an arc-shaped slide groove (51) and an arc-shaped slider (52) which are located at the upper and lower angles of the photographic device (1), and the arc-shaped slide groove (51) is connected to the arc-shaped slider (52) through an arc-shaped connecting rod (53), and the arc-shaped slide groove (51) is located below the front-back translation mechanism (3) for photographing, and the arc-shaped slider (52) is connected to the shoulder-supporting pad (2) through glue, and an auxiliary support structure (6) is provided below the front-back translation mechanism (3) for photographing.

2. A media-integrated video shooting device according to claim 1, characterized in that: The photography forward and backward translation mechanism (3) comprises a translation slider (31) located on the bottom surface of the photography device (1) and a translation slot (32) for storing the translation slider (31); a side wall of the translation slot (32) is provided with a limiting slot (33) for controlling the movement of the translation slider (31); a limiting screw (34) is provided inside the limiting slot (33); the limiting screw (34) passes through the translation slider (31) and the limiting slot (33); and the upper top surface of the translation slider (31) passes through the upper top surface of the translation slot (32).

3. A media-integrated video shooting device according to claim 2, characterized in that: The translational slide groove (32) is a one-way open slide groove, the open end of the translational slide groove (32) is provided with a slide groove sealing block (35), and the closed end of the translational slide groove (32) is provided with support handles (36) on both sides, the slide groove sealing block (35) and the translational slide groove (32), the support handle (36) and the closed end side of the translational slide groove (32) and the limit screw (34) and the translation slider (31) are all sealed and connected through a bolt structure, and the limit screw (34) and the limit slide groove (33) are contact-connected through the body.

4. The integrated media video shooting device according to claim 3, characterized in that: The auxiliary support structure (6) comprises a bevel gear (61) located on the bottom surface of the translational slide groove (32), a bevel gear block (62) corresponding to the bevel gear (61), and a bevel gear slide groove (63) for fixing the position of the bevel gear block (62); the bevel gear block (62) is in the shape of an arrow-shaped block; the thin column end of the bevel gear block (62) passes through the bottom surface of the bevel gear slide groove (63); the thin column end of the bevel gear block (62) is provided with a connecting rod (64) and a supporting baffle (65) in sequence; the thin column end of the bevel gear block (62) and the supporting baffle (65) are both connected to the connecting rod (64) through a pin structure; and the bevel gear slide groove (63) is welded to the bottom surface of the translational slide groove (32) through an electric welding device.

5. The integrated media video shooting device according to claim 3, characterized in that: The arc-shaped slide groove (51) is located on the bottom surface of the open end of the translation slide groove (32), and an arc-shaped connecting rod slide groove (54) corresponding to the arc-shaped connecting rod (53) is arranged inside the arc-shaped sliding block (52). The arc-shaped slide groove (51) and the arc-shaped sliding block (52) are both connected to the arc-shaped connecting rod (53) through a pin structure.

6. The integrated media video shooting device according to claim 3, characterized in that: The support frame structure (4) includes a back connecting rod (41) located on one side of the arc-shaped slider (52) and a back plate (42) closely attached to the back, the arc-shaped slider (52) and the back plate (42) are connected to the back connecting rod (41) via a pin structure, and both ends of the back connecting rod (41) are provided with limit springs (43), and the pin passes through the limit springs (43).

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